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September 2009
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Archive for September, 2009

3 key benefits of steel studs in any steel metal building

Traditional framing utilizes wood framing as the skeleton of many residential building.  However more residential builders are seeing the value of using steel framing for housing projects.  Commercial builders have long known the value of using steel studs to fabricate interior walls quickly, easily and cheaply.  Now the same technology is available at a large scale to standard residential building.  Steel Stud Framing Roll FormerTypical steel stud and track use light gauge steel that is formed using a roll former in sheet metal manufacturing.  Steel frame homes also benefit by an increased fire resistance, improved mold resistance and an overall better structure.  Metal fabricators that produce steel construction products such as steel stud, steel corner bead, steel purlin (cee and zee) typically do so with the use of an industrial roll former machine. 

A roll forming machine will take a flat steel plate (typically in a coil) and bend it in to a profile.  It is this profile that when roll formed creates a stud, purlin or other metal product.  Steel building manufactures rely on suppliers that can produce a high volume of product to reduce the overall per piece cost.  The fastest roll forming machine today produces 500 linear feet of steel stud per minute.  That is an amazing amount of product.  Samco Machinery (http://www.samco-machinery.com) is the worlds leader in the manufacturing of roll forming equipment. 

Residential steel framing is now growing from the renovation business to the new construction projects.  Builders have seen the benefits with an increased ability to produce high quality homes using metal studs, metal wall panels, steel beams for steel framed homes.  Perforated sheet metal is also used throughout the home in various forms. 

The three key benefits of using steel studs in new construction are;

  1. Strength & Durability of light gauge Steel Framing
  2. Cost of Supply for Steel Frame Homes
  3. No termite or mold damage

 

There are many steel building manufactures out there that offer a wide range of products.  Leaders in this industry rely and trust one machine, the roll former.  This machine is the backbone to the production of their product and without a high quality roll former to help them they in turn would not be able to help you.

Industrial Metal Detector Best Practices

 

Prevention

Train all staff that interact with the equipment.  Include staff that work around the equipment as well as those who test, adjust and monitor the performance.  For example cleaning staff may inadvertently move or adjust near by equipment that adversely affects the metal detectors performance.
 
Regular maintenance as with any other industrial process machinery is critical to the long term performance of your metal detector.  A regular testing policy will reduce waste product, increase production rates and establish long term goals within the quality control department.
 
During any machinery repair or scheduled maintenance review the current situation for any possible metal contamination.  Take the time during this ‘downtime’ to be proactive and prevent future risks.
 

Performance

Set clear and realistic performance goals. Talk with your metal detector supplier to understand the typical performance expectations within your product type.
 
Test regularly and adjust your performance goals only when conditions warrant it.  If the metal detectors performance decreases understand why first before reducing its sensitivity.  
 
Maintain good testing records.  Historical data allows you to correlate changes in your operation and performance changes in you metal detection system.
 
Always set your metal detector to its maximum performance level.  Often company policy or testing standards are higher then the capabilities of the metal detector.  Don’t reduce the performance just to stay within ‘company spec’.  Set the performance level to the best possible setting in order to capture all possible metals. 
  
 

Security

Many modern metal detection systems incorporate a use name password configuration.  Where possible utilize this feature so that operator settings are adjusted only by those trained in the overall operation of the system.
  

Testing

Test often, in a repeatable manor and record.  Following these basic steps will help to develop a long term understanding of the systems performance.  
 

Reject Device

A metal detection system is ultimately only as good as the reject device.  Detecting the smallest piece of metal is of no use unless you remove it from the production stream correctly.  Test the complete system both for detection of metal and rejection.  A minimum of 10 tests per test cycle will establish a good benchmark.  All 10 tests must be completely rejected in order to certify the system is functional.
 

Records

Keeping good records is vital to the success of any contaminate detection program.  When failures happen your records will help to understand when or where the failure started.  Trends in metal detectors performance or trouble location within the production environment will help to pin point where the problem hides.
 
 
 

 

Food Quality For Bakeries: Metal Detector Performance

The processing and manufacturing of bakery goods such as breads and buns require a number of processes in order to produce high quality products.  Machinery used in this process includes mixers, ovens, rollers, metal detection, slicers and baggers.  All of these and other pieces of machinery used in today’s bread manufacturing both add to the quality of the end product as well the risk of contamination of the product.  

In the bread and bakery industry metal detectors are used throughout the process in order to remove metal fragments as soon as they are introduced.  Metal fragments or contaminates can be introduced in to the product stream through a number of ways.  The most obvious is within the processing of raw ingredients in to the final goods.  Here where mixing machines used to combine dry raw ingredients such as sugar and flour stir them together with large steel mixing blades.  These blades can fatigue over time and small pieces can break off and find there way in to the product.  Many bakeries will install an inline metal detector just after mixing to capture and reject automatically the metal fragments.  

Dough forming usually takes places just prior to entering the ovens.  The dough either enters a rounding machine that creates round dough balls for the production of buns or loaves of bread.  For bread products the dough ball typically passes under a metal chain hanging over the conveyor belt.  This chain slows the top of the dough ball down enough to cause it to roll over itself creating a long round dough ball.  This is then placed in to the pan as it enters in to the oven.  This chain is another spot where metal can find its way in to the product.

After baking the buns or loaves are removed from there baking pans and cooled off on a long circular conveyor belt.  This belt system is a chain link steel conveyor belt and can introduce metal in to the product.

Metal detectors are commonly placed after the cooling racks and just before the slicing machine.  This is an ideal location for the metal detector to capture metal fragments.  However, this is not the last location for the possible introduction of metal in to the product.  The slicers are long steel blades made from thin stainless steel.  Most bread manufacturers fail to install metal detection equipment after the slicer and run the risk of having contaminated product.

Industrial metal detection equipment is a critical piece in the quality control process of any bakery plant.  Location and correct operation of these devices is critical to ensuring the end product is contaminate free.

Thermo Goring Kerr DSP 3 Manual: Industrial Metal Detector Manual For Goring Kerr DSP 3

Thermo DSP 3 ManualAre you looking for a THERMO DSP 3 Installation and Operation manual?

Purchase the complete THERMO DSP 3 User Manual (Thermo Goring Kerr DSP 3 Manual)today. After purchasing you will receive a PDF file containing the complete Installation and Operation manual for the Goring Kerr DSP 3metal Detector.

 

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Have questions?

Leave us a message, our staff have over 20 years experience in the Industrial Metal Detection industry and are intimately familiar with all models of Goring Kerr metal detectors.

 

How Roll Formers are helping the automotive industry battle steel prices.

With the increase of hot rolled steel many businesses that have a high content of steel in their product are looking for new ways to reduce costs.

Roll forming equipment can have a significant impact on the cost of raw materials used in the manufacturing of automotive parts.  Roll forming machines bend and form flat coils of steel in to many products found in today’s cars and trucks.  When Tier 1 suppliers utilize rollforming equipment to bend metal in to bumpers, door slides, chassis frames, car seats and other sub-assembly parts they know how important quality parts is.

How do roll formers increase part quality in the automotive industry?

The leading manufacturers of roll forming systems (such as Samco Machinery) utilize sophisticated software known as Finite Element Analysis (or FEA) software.  This specialized software allows the rollformer manufacturer to ‘test drive’ the mill before building it.  This advanced technique has allowed for the tooling design to reach new levels.  Automotive parts manufacturers can now benefit from advanced tooling in producing faster, higher quality repeatable parts.  The integration of cold roll forming equipment in the manufacturing process in turn reduces rejected parts and increase overall throughput. 

Quality rollforming companies today utilize project management processes found in today’s automotive industry.  Each milestone enables both the customer and the roll forming manufacture to address any changes and keep on track. 

3 Ways roll formers reduce costs in the Automotive Industry.

  1. Reduce the number of defective parts produced
  2. Increase volumes reducing per part costs
  3. Deliver repeatable part tolerances

 

These key features allow for the production of Tier 1 automotive parts in a highly competitive marketplace.

 

 

 

3 Easy steps to consider when installing a food metal detector

 
In today’s modern food production environments food producers face many obstacles in food safety.  Many foods such as candy, bread, bakery goods, cereal, cheese and meats are processed at some point with metal (steel) equipment.  This equipment cuts, stirs and mixes various ingredients throughout the processing line to make various products. 
 

Dry ingredient mixing machines and metal contamination.

 
When mixing dry ingredients such as flour, sugar, spices etc a mixing machine is used to do the job.  Just like at home an industrial mixing machine stirs the ingredients together using a steel bowl and steel Wisk.  This combination often leads to pieces of metal breaking off and mixed in with the product.  It is the job of an industrial metal detector to detect, reject and remove the contaminated product from the process.
 

Where do you install a metal detector in the food process environment?

 
Many food producers place metal detectors near or at the end of the production line.  This is often the last place you would want to place a metal detector.  Why, because the end of the line is the most expensive spot in the process.  Here you have paid for packaging, processing, internal transportation and so on.  If you could remove the metal contaminate with an inline metal detector earlier on in the process you would avoid processing costs and often improve the ability to detect metal.  
 
When considering how best to detect, and remove metal particles from your processing environment make sure you consider the following.
 
  1. Product costs – Home much have you spent to that point in the production line?
  2. How small a piece of metal can you detect? – detecting upstream with a smaller amount of product often leads to better detection overall
  3. Potential points of contamination – at what points could/would metal typically enter the product stream.  Install a metal detector after this point.
 
Contaminate detection is a critical part of any food manufacturing process.  Ensuring you have installed and setup your packaging metal detectors in the correct location is critical to your success.
 

Four Things To Look For When Purchasing a Metal Detection System

Metal Detector Usability

One of the most over looked areas of any machine purchase is the ease of use for the operator.  A meal detection systems used for inspecting food, pharmaceuticals, bulk materials or any other product is only effective if setup correctly.  Before you purchase any metal detection system have 2 or 3 people (preferably someone who will actually use it) test drive the interface.  Try to keep the metal detector salesman quite during this process.  They know all the tricks to jump in and out of menu’s.  If you’re operators can’t ‘operate it’ or understand the user manual before you buy, then they will be less likely to ‘get it’ after you buy.

 

Metal Detector Performance

 
The performance of any metal detection system is based on a number of factors.  They can be lumped in to a few categories, the metal detector technology, the product being inspected, the reject system and the environmental conditions.  Each of these areas can cripple a metal detector and reduce it’s performance or cause false rejects (or false positives) forcing the operator to turn down the sensitivity settings and reducing performance.  Many metal detector companies will over performance guarantees based on their testing.  Typically this testing is performed in a controlled environment at the manufacturer’s location.  You simply can not compare your operation to that of the metal detector companies.  For this reason make sure you have any guarantees conditional on your real world conditions.
 

Metal Detector Reliability

 
As with all capital equipment purchases reliability is a critical factor when evaluating a purchase.  So how do you evaluate a metal detection systems reliability?  The main areas to consider are the long term performance of the system.  
  1. Has the metal detector manufacturer built these systems over a long period of time and engineered them correctly?  
  2. What type of warranty do they have?  
  3. How often do they require service or maintenance?  
  4. How quickly can you get replacement parts?
 

Metal Detector Cost

 
As with many other purchases in life you tend to get what you pay for.  Metal detection systems are no different.  The research and development for industrial metal detection systems is lengthy and costly.  Small companies especially those that have fractured from larger well establish manufacture often hi-jack technology and design and offer at a reduced cost.  Although you may see an immediate cost savings you should be careful in these types of purchases.  A well known reputable company has the resources to solve most any problem. 
 

Wie zu erreichen neue Effizienz in Metall-Dach-Fertigung.

 Stahldach kommt in einer Vielzahl von Stilen und Formen. Die Herstellung dieser Formen in einer High-Speed-Produktionsumgebung erfordert die Verwendung von einigen sehr speziellen Maschinen. Profilieren Ausrüstung wird verwendet, um Stahlblech, Formen oder Profile Transformation durch Biegen dem Blatt durch eine Reihe von Rollen. Diese Rollen drücken und bilden das Blatt in den verschiedenen Profilen aus Metall Dach eingesetzt. Common-Profile umfassen die Trapez-(oder Kasten) Profil in der Regel zur Verfügung malte in einer Reihe von Farben. Dies ist einer der am häufigsten verwendeten Profile heute. 

  

Die Ziegel-Blatt ist auch ein gemeinsames Profil, die das Aussehen der traditionellen Tonziegel gibt. Auch dies gemalt ist und bildete mit einem Profiliermaschine. Nicht immer roll ehemaligen Wiederholbarkeit können hochwertige Produkte zu erzeugen. Die Zahl der steht, oder legt der Rollen verwendet zu beugen und das Stahlblech Form ist entscheidend für die End-Qualität der Fliese Blatt. Viele geringeren Kosten rollforming Unternehmen verringern die Anzahl der Durchläufe, um die Gesamtkosten der Maschinen zu verkleinern. Diese kurzsichtige Methode führt eine Reihe von Qualität und operative Ineffizienzen, die zu höheren Kosten und Unzufriedenheit der Kunden aufnehmen zu können. 

  

Wie also können Sie zu verbessern Stahldach Fertigung? 

Dach Stahl-, Fliesen-Blatt, Verbundplatten und Wellblechdach sind alle hergestellt durch Walzen Ausrüstung. Es ist leicht zu sehen, wie die Wahl der richtigen Rollformer Auswirkungen auf die Gesamtqualität einer Operation. Ein gut gebaut Rolle ehemaligen wird Schrott, Nacharbeit zu verringern und vor allem die Kundenzufriedenheit zu verbessern. Namhafte Profilieren Unternehmen wie Samco Maschinen verstehen und Design es Systeme zu produzieren Qualität Platten Tag für Tag. Wenn Sie Herstellung gibt verschiedene Größen oder Profile aus Stahl Dach Produkte zu gewährleisten, dass Ihre Geräte zu versorgen Ihre Bedürfnisse von Jahr zu Jahr ist in der Lage.

Cómo prueba de detección del sistema de tuberías de metal

 

 
Cómo probar una alimentación por gravedad para el sistema de detección de metales en polvo y productos a granel 
 
Procedimiento para pruebas de tuberías de detectores de metales 
  
 
Cuando se utiliza una línea en el sistema de detección de metales debe considerar cómo el sistema se pondrá a prueba. Existen básicamente dos métodos para probar el modelo 426 sistema de ductos. 
 
En la línea de inserción 
  
 
Este método es la única forma de confirmar que el sistema está funcionando correctamente. Durante un procedimiento de prueba de que inserte un metal contaminan en el flujo de productos. Un segundo después de la válvula de sistema de detección de metal se debe instalar para captar la prueba de producto en una explotación de buques. Si todo funciona correctamente que desviar contaminar el metal en la bandeja rechazar. Si por alguna razón el sistema no será capaz de recuperar el metal muestra en la explotación de buques. 
 
Test detector de metales 
  
 
Para determinar que el sistema es la detección de metales y de funcionamiento del dispositivo de rechazar, usted puede pasar una muestra de metal entre el producto y la búsqueda tubo cabeza. Este método sin embargo, no confirma que el metal en el producto sería rechazado correctamente. Método 1 debería ser el principal procedimiento de prueba. 
 
Equipo opcional en la mayoría de detectores de metales 
  
 
Rechazar Confirmar 
  
 
La mayoría de los detectores de metales son capaces de sonar una alarma automáticamente si el dispositivo de rechazar no funciona o funciona muy lento. 
 
Alta temperatura o presión 
 
  Tubo recubierto con teflón F.R.P. de alta temperatura o presión de las solicitudes 
 
  Presentación de informes de Software 
 
  Un paquete de software para PC que controlar todos los parámetros críticos de cada detector de metales en línea 
 
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